AbstractIt was showed results of CO2 storage capacity estimation in aquifers and hydrocarbon deposits in Poland, which were achieved within realization of 6 FP project EU GeoCapacity. CO2 storage capacity was calculated in Mesozoic aquifers at regional scale (Lower Cretaceous–7,647 Mt, Lower Jurassic–43,826 Mt, Lower Triassic–26,494 Mt) and for selected 18 geological structures (3,522 Mt). Storage capacity calculated for Polish hydrocarbon fields, using an assumption of 1:1 volumetric replacement of hydrocarbons with supercritical CO2, is 764.32 Mt and storage capacities of particular fields are diverse
Elsevier use only: Received date here; revised date here; accepted date here The EU Geocapacity Proj...
International audienceThe objective of the GéoCarbone-PICOREF project was to select and characterize...
GESTCO is an acronym for European potential for the Geological Storage of CO2 from fossil fuel combu...
AbstractIt was showed results of CO2 storage capacity estimation in aquifers and hydrocarbon deposit...
Massive emissions of CO2 into the atmosphere are the most direct reason causing global warming and c...
Of the various types of geologic formations, depleting oil and gas reservoirs has the highest near-t...
European Union member states are obliged to identify and document geological formations and structur...
Przedstawiono wyniki wstępnej analizy geologicznej struktur w mezozoicznych solankowych poziomach (d...
Polish hydrocarbon deposits usable for underground CO2 storage K e y w o r d s Underground CO2 stora...
It has been increasingly realised that geological storage of CO2 is a prospective option for reducti...
AbstractThe Slovak republic territory in spite of its extremely complicated geological pattern affor...
AbstractThe EU Geocapacity Project aims to obtain an estimation of the potential capacity of CO2 sto...
CO2 capture and geological storage (CCS) should be implemented in Poland, if combustion of coal will...
Carbon dioxide injection into depleted oil fields is widely used. The injection enhances oil recover...
AbstractCCS is discussed in a broad sense throughout Europe. In this paper a cautious, conservative ...
Elsevier use only: Received date here; revised date here; accepted date here The EU Geocapacity Proj...
International audienceThe objective of the GéoCarbone-PICOREF project was to select and characterize...
GESTCO is an acronym for European potential for the Geological Storage of CO2 from fossil fuel combu...
AbstractIt was showed results of CO2 storage capacity estimation in aquifers and hydrocarbon deposit...
Massive emissions of CO2 into the atmosphere are the most direct reason causing global warming and c...
Of the various types of geologic formations, depleting oil and gas reservoirs has the highest near-t...
European Union member states are obliged to identify and document geological formations and structur...
Przedstawiono wyniki wstępnej analizy geologicznej struktur w mezozoicznych solankowych poziomach (d...
Polish hydrocarbon deposits usable for underground CO2 storage K e y w o r d s Underground CO2 stora...
It has been increasingly realised that geological storage of CO2 is a prospective option for reducti...
AbstractThe Slovak republic territory in spite of its extremely complicated geological pattern affor...
AbstractThe EU Geocapacity Project aims to obtain an estimation of the potential capacity of CO2 sto...
CO2 capture and geological storage (CCS) should be implemented in Poland, if combustion of coal will...
Carbon dioxide injection into depleted oil fields is widely used. The injection enhances oil recover...
AbstractCCS is discussed in a broad sense throughout Europe. In this paper a cautious, conservative ...
Elsevier use only: Received date here; revised date here; accepted date here The EU Geocapacity Proj...
International audienceThe objective of the GéoCarbone-PICOREF project was to select and characterize...
GESTCO is an acronym for European potential for the Geological Storage of CO2 from fossil fuel combu...